Resources

The next generation of productivity leadership: MetalFABG2 Series

Lift off: Using the MetalFAB1 to take 3D printed rocket engine parts into serial production

Combining the capabilities of the MetalFAB1 with process simulation to create large Aerospace components right first time

Ensuring part quality and productivity through automation of integrated exposure calibrations

Turbocharger Spare parts on demand: Using the MetalFABG2 to get ships moving in no time

Combining the capabilities of the MetalFAB1 with process simulation to create large Aerospace components right first time

Find out more about the Additive Industries’ design approach of the gas flow configuration of the MetalFAB1 with the aid of computational fluid dynamics 

Alfa Romeo Racing ORLEN & Additive Industries joint case study, showing how F1 team Alfa Romeo Racing ORLEN are leveraging the freedoms of additive manufacturing to create safety critical titanium Ti6Al4V chassis inserts for their F1 race car. 

Find out about the design possibilities, smart manufacturing and competitive advantages with industrial metal additive manufacturing in the food-tech industry. Find out how the total weight of the robot arm was had a reduction of 90%.

This case study gives an in-depth insight into how design opportunities, smart manufacturing, competitive advantages were achieved with help of the MetalFAB1, in order to help Talaria team to 3D print the rotor hubs for their flying device.

Emoss and Additive Industries worked collaboratively to develop and produce model specific parts of a coolant tank. This reduced their lead times by 85%, improved the compatibility up to a 100%, and improved the overall usability.

Read the brochure to find out more about our company, MetalFAB1 system, including explanation of configurations for various applications, about our Process & Application Development & Customer Lifecycle Support